Frequently Asked Questions
Have questions? You’re in the right place. Whether you’re a prospective or current student, an alumnus, or an industry partner, we’ve gathered the answers to our most frequently asked questions below.
Current Undergraduate Student FAQs
There are several supports available to students in the engineering program. These resources can aid you in your academic journey, your mental health, and help you find accessibility services, as needed.
You may assume that a job in electrical or computer engineering means you’re destined to work in tech, doing the same tasks at a desk, every day. However, this is not the case. Graduates with an electrical and computer engineering degree work in several industries like:
- Robotics: Designing autonomous systems and intelligent machines.
- Nanotechnology and Biotechnology: Creating groundbreaking materials and medical solutions.
- Quantum Computing: Building next-generation computational technologies.
- Machine Learning and Artificial Intelligence: Innovating algorithms and systems for smarter applications.
For more information on the types of jobs you can seek out with an electrical and computer engineering, and to learn how to start your job search, read more here.
Taking part in the PEY Co-op is optional but to complete your degree, 600 hours of practical experience is required. However, this can be completed in several ways, from conducting research to the Professional Experience Year (PEY) Co-op. As an applicant, you will indicate your interest in PEY Co-op when you apply for studies at U of T Engineering. You will be asked to answer whether you plan to participate in PEY Co-op on the OUAC application. You will later be able to opt in or out if you change your mind. The Engineering Career Centre runs the PEY Co-Op Program. Detailed information can be found on their website.
While it is possible to move into the ECE department from another program, we encourage those interested in the ECE program to apply rather than to try to transfer in. There is limited space available in the program and priority is given to those applying to transfer with double honours.
All registered U of T Engineering students are considered for scholarships after each academic year. While some scholarships are based on academic achievement, others have additional criteria. The Online Engineering Portfolio (ePortfolio) is a place where you can record your extra-curricular activities and store your resume.
Reach out you have any questions regarding financial advising or support.
You can find an overview of the awards undergrads are eligible for here. You can find the individual pages for each of these awards below. Click through to get more information on the specific award, eligibility criteria and more.
NSERC Undergraduate Student Research Awards (USRAs)
University of Toronto Excellence Awards (UTEAs)
Faculty Summer Research Awards
Engineering students registered in the PEY Co-op program should take advantage of the Engineering Career Centre (ECC) at U of T. You can find the ECC 255 Beverley Street on the third floor. They are open to engineering students within the PEY Co-op program with availabilities to chat from 9 am to 4:30 pm throughout the working week. ECC offers resume-building sessions, workshops, networking events and job search strategies.
Students not registered in PEY Co-op can visit the U of T St. George main Career Services Centre (currently located at 800 Bay St.). Career Exploration & Education supports students and recent graduates as they build their future in our changing world.
Career Exploration & Education offers a variety of programs and services including:
- Experiential Learning Programs, Work-Study, Job Shadowing and In the Field
- Career & Co-curricular Learning network, to connect with employer information sessions, career fairs, job boards, events and workshops
- Indigenous student focused services and events held by our Indigenous Career Educator
- In person or virtual Career Advising appointments with a career educator or peer advisor
There are three different degree options in the ECE department: Master of Engineering (MEng), Master of Applied Science (MASc), and Doctor of Philosophy (PhD).
- The MASc provides advanced study and research in a major field. The MASc is a full-time program and requires the completion of courses, a thesis proposal, and a research thesis. Applicants to the MASc must hold the equivalent of a four-year Bachelor’s degree in Electrical or Computer Engineering or a related field. In most cases, an MASc is the prerequisite for admission to the PhD program.
- The MEng provides advanced training to individuals who wish to work or practice in the field of engineering. The MEng is a course-based degree and may be completed on a part-time, full-time or extended full-time basis. Applicants to the MEng must hold the equivalent of a four-year Bachelor’s degree in Electrical or Computer Engineering or a related field. The MEng is not a research degree and is not the recommended prerequisite for admission to the PhD program.
- The PhD is intended for exceptional individuals who wish to pursue a career in fundamental or applied research. The PhD requires the completion of courses, a field comprehensive examination, a thesis proposal and a research thesis. Applicants to the PhD will normally hold the equivalent of an MASc degree with thesis.
If you have questions about the graduate programs in ECE, you can reach out to the ECE Grad Office.
Magellan is an ECE software tool that has been developed in-house. It helps you plan your program and verify CEAB (Canadian Engineering Accreditation Board) requirements by automatically calculating your academic units (AUs) throughout your four years. Magellan is also used for pre-registration of 3rd and 4th year ECE courses.
More questions? Reach out to the ECE Undergraduate Advisors in SF B600.
Current Graduate Student FAQs
Students looking to pursue post-secondary education in the ECE program can explore a Doctor of Philosophy (PhD), Master of Applied Science (MASc) or Master of Engineering (MEng).
Each program has different requirements. You can find more info on each program below:
- Learn about the PhD program requirements.
- Explore the MASc program requirements
- Discover the requirements for the MEng program
Students are invited to explore a number of focus areas within their program, allowing them to specialize and dive deeper into a chosen field. Research areas include Biomedical Engineering, Communications, Computer Engineering, Electromagnetics, Electronics, Energy Systems, Photonics, and Systems Control.
Application review typically begins after the application deadline. Please note that not all applicants will receive decisions at the same time, as some applications may require additional review. After the initial round, offers will be made on a rolling basis.
Both your final-year GPA and overall GPA are considered in the admissions process. Your final-year GPA must meet the minimum requirement set out by the School of Graduate Studies (SGS). Your letter of intent and references are also relevant to the evaluation process. Meeting the minimum GPA does not guarantee admission.
Students are encouraged to explore available scholarships and awards through the School of Graduate Studies Scholarships & Awards page to determine eligibility.
Applicants with degrees in related fields such as Engineering, Physics, or Computer Science are welcome to apply. However, it is recommended to review the ECE Graduate Catalogue to ensure your academic background aligns with the program’s offerings. Whether your academic background is suitable preparation for graduate studies in ECE will depend on the courses you have taken and the specific field you wish to pursue.
Academic referees are preferred, particularly for applications to the MASc and PhD programs. In certain cases, managers or other engineering professionals may be appropriate referees, particularly for applications to the MEng program. Applicants who have undertaken a research-based Master program must include their Master program research supervisor as a referee. Please view our application instructions for more information.
Yes. The part-time option for MEng is designed to be completed over three years, with a maximum course load of two courses per session. For more information, please visit our MEng Delivery Options Policies.
Applicants must meet the minimum English proficiency requirements at the time of application. However, the system does allow you to submit an application even if your scores are slightly below the required threshold. In some cases, the Admissions Committee may consider applicants with marginal scores if the rest of their application is strong. Instructions on how to submit official scores are available on the SGS website.
The Full-Time (FT) option is designed to be completed in 12 months, while the Extended Full-Time (EFT) option allows for completion within 16 to 24 months. The EFT pathway offers greater flexibility and is especially beneficial for international students, as it provides additional time to complete the program while paying approximately the same total program fee as the FT option (excluding ancillary fees).
Regardless of whether you complete the EFT program in 16, 20, or 24 months, you will only be charged the equivalent of 12 months’ full-time tuition. However, if you select the FT option and require more time to finish the program, you are required to pay tuition for any additional session(s) beyond the standard 12-month duration.
If you complete the program early under any delivery option, you are still eligible to graduate, but you must pay the balance of your degree fee. For more details, refer to the fee regulations and visit our MEng Delivery Options Policies.
If you are applying to either the MASc or PhD programs prior to the deadline, you are not required to find a supervisor. However, if the deadline has passed, you need to find a professor who is willing to support your late application and who would be willing to work with you. You are welcome to contact potential professors, as this can strengthen your application and help them identify it more easily during the review process, though responses from professors are not guaranteed.
The ECE Graduate Office sends out MEng project opportunities on occasion. Ensure you do not miss any emails from our office. The more common way to secure a MEng Project is to meet with a faculty member during a class or reach out to them through our Faculty Directory and share your interest. Please review the requirements for ECE2500Y. The scope and duration would depend on the syllabus developed by your course supervisor.
Prospective Student FAQs
Your academic record, particularly in math, chemistry, and physics courses, plays a crucial role in your ECE application. Additional requirements vary based on the education system you attended. Visit the Discover Engineering website for comprehensive admission details and reach out to engineering@utoronto.ca for any questions.
Excellence: Our excellence lies in the strength of our people. Whether faculty, students or staff, they combine high achievement with hard work and bring out the best in those around them, as with all U of T Engineering departments.
Innovation: We’re internationally renowned as an innovative force and a catalyst in high tech, whether it be novel ideas, creative solutions, or new imaginative devices or methods.
Diversity: We know innovative ideas and solutions are often rooted in diverse perspectives — an essential component of high-quality, high-tech engineering — and we embrace people from various professional and personal backgrounds.
Scale: Electrical and computer engineering is a broad field; as the largest ECE department in Canada, we have both human and material resources to cover it. This means more opportunities for our students through a flexible curriculum and research experiences.
The electrical and computer engineering programs are housed within the same department – ECE. The first two years of study are your foundation and are the same for both electrical and computer engineering undergraduates. You will study engineering design, math, computer programming, digital systems and electronics. In your third and fourth years at ECE, you choose courses to determine whether you'll graduate in electrical or computer engineering. The upper years are flexible and allow you to suit your interests by working on at least two of six cutting- edge areas of focus.
The ECE program includes a mandatory 600 hours of practical experience. Many students opt for the optional Professional Experience Year (PEY) Co-op Program, extending their studies with valuable industry experience between the third and fourth years. The Co-op Program allows students to get workplace experience with placements in work environments. It is created in collaboration with industry partners and engineering leadership experts, this program is designed to help you build your professional profile and prepare you for long-term career success.
U of T Engineering students can graduate with up to 20 months of meaningful work experience that includes a competitive salary, an extensive network and professional skills they’ll leverage for years to come.
Many of our students opt into the PEY Co-op Program which not only counts towards the mandatory hours of practical experience, but also provides hands-on experience with industry partners. However, there are other ways to explore future career paths and develop professional skills, including:
- leverage personal contacts or U of T Engineering's alumni network to line up a job
No matter what your future aspirations, U of T Engineering is here to support you in your success.
Note that these options are not acceptable options to complete your mandatory practical experience hours.
Over 1,000 campus student organizations provide a great opportunity for you to meet new people, gain practical work experience and learn a new skill.
Visit the Student Life website or Ulife for the clubs and organizations database. Some clubs of interest to electrical and computer engineering students include: ECE Club, The Engineering Society, IEEE Club (Institute of Electrical and Electronics Engineers), National Society of Black Engineers, Troost ILead: Institute for Leadership Education in Engineering, Women in Science and Engineering and QueerSphere.
CE focuses on designing and managing digital hardware and the software that controls it, emphasizing hardware-software interactions. In contrast, CS centers on understanding theory and developing software. CE offers more flexibility for students to explore both hardware and software topics.
While there are commonalities between the two fields, there are distinct differences that should be taken into account when considering what you want to learn about and what eventual career you’re looking to apply for.
In addition to the PEY Co-op program, the ECE program offers students dynamic, hands-on learning opportunities through our numerous teaching labs. Research done in labs applies engineering concepts to real-world challenges. We invite students to embark on an educational journey where theory converges with practice, fostering innovation and deepening their understanding of the field.
The Edward S. Rogers Sr. Department of Electrical & Computer Engineering Teaching Laboratories are located across three buildings in 11 different locations.
Our laboratories are fitted with advanced equipment that caters to the diverse needs of students. A combination of industry-standard hardware and software along with customized components that support the study of photonics, microwaves, control and robotics, and more.
Alumni FAQs
We’re always open to meeting new mentors! If you’re interested in passing your insights and expertise to the next wave of engineers, you can review the Alumni Mentorship Program. Alternatively, you may also wish to check out the Hatchery’s mentorship program for entrepreneurs.
Guest lectures are explored on a case-by-case basis. If you’re interested in giving a guest lecture for the ECE department, you can reach out directly to the ECE team at communications@ece.utoronto.ca. We encourage our alumni to also learn if an ECE Industry Day partnership may be right for you. Our ECE Industry Days bring in top organizations to connect one-on-one with students and provide insights into career opportunities at their company.
Yes! It is possible to hire an ECE student for a co-op placement or to bring on a new grad. To learn more about how your organization can get involved in the Professional Experience Year Co-op program, reach out to the Engineering Career Centre.
There are a number of ways that you can give back to the ECE department:
- Reach out directly to us at communications@ece.utoronto.ca if you would like to volunteer with the ECE department as a guest lecturer or in another capacity.
- Find information on volunteering with the broader Engineering department at U of T through the alumni website.
There are also a number of ways to contribute monetarily, from one-time donations to in-kind donations.
One of the best ways to stay connected to the ECE department after graduation is through the CONNECT platform.
You can also stay up to date with all things alumni and engineering through our social media channels. Be sure to follow @eceuoft on Instagram and on Electrical & Computer Engineering at U of T LinkedIn. You may also want to follow @uoftalumni and @uoftengineering.
Aside from attending in-person events, be sure that you are part of the ECE community on the Connect Platform. Over 15,500 members and counting; U of T Engineering CONNECT is a gateway to enriching your professional and personal network.
By joining this robust online community, you will have the opportunity to:
- Access a comprehensive directory of industry contacts
- Learn from or advise fellow graduates
The U of T CONNECT platform is a great place to start. As a member of CONNECT, you can search the platform for new employees and job opportunities within the field of engineering. All U of T alumni have access to career support through the central alumni team.
Be sure to check out the Events Listing page on the engineering alumni website – hope to see you at our next event!
Industry Partner FAQs
We welcome diverse forms of collaboration, including joint projects, knowledge exchange, student engagement, named scholarships/awards, and strategic partnerships. Examples of collaborations include:
- Research Partnerships
- Philanthropic Gifts
- Professional Experience Year (PEY Co-op) and Grad Student Internships
- Leveraging our Grid Modernization Centre or Toronto Nano Fabrication Centre
Please reach out at comms@ece.utoronto.ca to discuss your goals and explore potential avenues for partnership.
Collaborating with us provides access to a network of talented students, leading researchers, and state-of-the-art facilities. Partnerships can support talent acquisition, advance innovation, and strengthen your organization’s impact in your field.
Your organization can support students through establishing awards and scholarships for deserving students who demonstrate incredible potential and financial need. Sponsoring capstone projects, offering mentorship, leading workshops, or contributing to student experiential programs is also a great way to support their learning and development. Your involvement enriches the student experience and helps shape future industry professionals.
Please reach out our Senior Development Officer, Rashmi Gupta at rashmi.gupta@utoronto.ca to discuss your goals and explore potential avenues for student support
Our ECE students are highly skilled and industry ready. To explore hiring options, we’ll connect you with our Engineering Career Centre team, which facilitates student placements, job postings, and recruitment events. Contact the Engineering Career Centre for more details at pey.coop@utoronto.ca.
Yes! We host events throughout the year, including industry days, career fairs, and networking sessions, where you can connect with students and faculty. Contact us to learn about upcoming opportunities.
Your support can help fund scholarships, research chairs, lab facilities, and student initiatives. We work closely with our donors to create meaningful and impactful giving opportunities. Please reach out our Senior Development Officer, Rashmi Gupta for more details.
Your company can support ECE students by establishing scholarships, awards, or research grants. These contributions can be tailored to align with your organization’s values and areas of interest, such as specific fields of study, underrepresented groups, or students demonstrating academic excellence. Scholarships and grants not only help students financially but also strengthen your company's visibility and connection within the ECE community. Please reach out our Senior Development Officer, Rashmi Gupta for more details.
Our research spans a wide range of fields, including artificial intelligence, quantum computing and photonics, smart healthcare, nanotechnology, cybersecurity, semi-conductors, biomedical engineering, and sustainable energy systems. We can help you connect with faculty members whose expertise aligns with your interests.
Yes, sponsoring capstone projects or student competitions is a great way to engage with our students, gain fresh perspectives, and explore innovative solutions. Contact us to learn more about sponsorship options.
Yes! We welcome industry professionals to share their expertise with our students, primarily through ECE Industry Days. These events are collaborations that allow industry partners to provide valuable insights into their organization, industry trends and challenges and give students the chance to ask questions and seek advice. If you’re interested in having your organization in for an Industry Day, or would like to chat about other speaking opportunities, reach out to our team.
While the ECE department does not currently run its own mentorship program, those interested in being a mentor to ECE students are encouraged to explore the Engineering Alumni Mentorship Program. Alumni Mentors share their knowledge and experience and provide students with the encouragement and insights they need to get a great start to their careers and begin to set a course for the future. The Entrepreneurship Hatchery also has a mentorship program that may be of interest to those looking to connect with student startups.